Phase 2: In Vivo Efficacy Studies
Details:
Animal Models:
- Theranib expanded preclinical evaluations to mouse models of breast cancer, focusing on tumors with high ALDH1A3 expression.
- Models were designed to closely mimic human tumor microenvironments, ensuring clinically relevant findings.
- Studies included controls and varying VE3 doses to assess its efficacy and safety across a range of conditions.
Tumor Growth Suppression:
- VE3 demonstrated a statistically significant reduction in tumor volume in treated mice compared to controls.
- The compound effectively targeted ALDH1A3-positive tumor cells, confirming its ability to inhibit cancer progression.
- Additional analyses revealed reduced metastatic spread to secondary organs, highlighting VE3’s potential to address metastasis.
Tolerability Studies:
- Toxicology assessments confirmed that VE3 was well-tolerated at therapeutic doses, with no adverse effects observed in animal behavior, weight, or organ function.
- Histological evaluations of major organs (e.g., liver, kidney) showed no significant toxicity, reinforcing the compound's safety profile.
- Repeat-dose studies indicated that VE3 could be safely administered over extended periods, supporting its potential for chronic use.
Combination Potential:
- Exploratory trials evaluated VE3 in combination with standard-of-care therapies like chemotherapy, yielding synergistic effects:
- Enhanced tumor suppression compared to single-agent treatments.
- Improved survival rates in animal models.
- Data suggested that VE3’s mechanism of action complements existing therapies, reducing tumor resistance and increasing overall efficacy.
Achievements:
- Validated Efficacy:
- Established VE3’s effectiveness in reducing tumor growth and metastasis in vivo.
- Safety Demonstrated:
- Built a strong safety profile, critical for advancing to GLP toxicology studies.
- Optimized Dosage Strategies:
- Refined dosing regimens for maximum efficacy with minimal toxicity.
- Combination Therapy Insights:
- Highlighted VE3’s potential to serve as a synergistic agent with standard cancer treatments, broadening its clinical application.